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Designed specifically for delicate cortical bone fixation where precision is critical
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Fine thread geometry ensures controlled advancement and stable anchorage
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Hexagonal socket drive enables accurate torque transfer with minimal stripping
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Compact head profile reduces soft tissue irritation
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Optimized core diameter balances strength and bone preservation
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Suitable for small anatomy and pediatric orthopedic procedures
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Titanium option enhances biocompatibility and corrosion resistance
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Smooth surface finish supports easier insertion and removal
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Wide length availability allows surgeon-specific fixation planning
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Custom branding and packaging support OEM and distributor requirements
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Optimized thread geometry ensures strong cortical bone purchase
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Slotted head design enables precise manual control during insertion
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High-strength core structure reduces risk of deformation
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Smooth surface finish minimizes tissue irritation
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Compatible with standard orthopedic instruments
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Available in corrosion-resistant stainless steel and lightweight titanium
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Uniform threading promotes even load distribution
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Reliable fixation for small bone and delicate procedures
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Self-tapping thread eliminates pre-tapping
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Locking head provides angular stability
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Compatible with 2.4mm locking plates
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Precision-machined thread geometry
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Wide length range for small fragment fixation
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High resistance to loosening and pull-out
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Smooth insertion with controlled torque
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Available in stainless steel and titanium
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Optimized for small bone applications
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Reliable performance in orthopedic trauma
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Self-tapping thread design reduces surgical steps and operating time
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Precision hexagonal socket for secure driver engagement and controlled torque
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Optimized 2.0mm thread diameter for small bone cortical fixation
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Accurate core diameter enhances strength while minimizing bone stress
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Smooth surface finish for improved biocompatibility and reduced tissue irritation
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Broad length range from 6mm to 40mm in consistent 2mm increments
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Compatible with standard orthopedic hex drivers
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Suitable for trauma, reconstructive, and small bone procedures
